![]() Furthermore it is important to choose 64bit RGBI for Raw file type and “Scan” for Raw output with to output the scan just after the Scanning stage before the Processing stage. The TIFF file, JPEG file, PDF file and Index file options can be left unticked as the output in these formats is already color corrected by VueScan. The Output tab allows to capture this raw data by ticking the setting RAW file. ![]() The scanner offers linear CCD (charge-coupled device) sensors for the red, green, blue and infrared channel. You can also choose a film model which is close to yours to get a good preview of the result you can achieve from the raw output. If you use the Input | Lock film base color setting the color of the film will appear in this tab. The values there only affect the view of the scan in the right side bar of VueScan. The settings in the Color can all be set to default values as the raw image will be saved before the color correction takes place during the Processing stage. It also works fine for C-41 color films and E-6 slides. It DOES work perfectly well on C-41 black and white films, like Ilford XP-2 and Kodak 400CN, so you can use it on them. Infrared cleaning does not work for traditional black and white negs the metallic silver in them interferes with it.Using it may give weird tonality. For B/W film the cleaning using the infrared channel also does not work as noted in this article: ![]() The next settings are resposible processing the scan. The above settings control how the scanner does the scan. Also untick Auto offset and Auto rotate to make batch processing smaller. In the Crop tab set Crop size to “Maximum”. It makes scanning a film faster as no preview has to be taken. Use this setting as described here and here. As we do want to get as much data as possible we capture all 4 channels. If you choose 16bit here for a single grey channel you can use Make gray from to decide how the grey channel should be created. If you want to use the inverting of Vuescan this should be set to the type of media.Īs the Nikon scanner has a depth of 12bit we allow each channel (red, green, blue, infrared) to take 16bit. A value of zero fully desaturates the image.Not important for raw scanning. Lower absolute values reduce color saturation. Higher absolute values increase color saturation. Negative values result in complementary colors by inverting the a/b channels. brightness Negative values darken the image. A value of zero leads to a neutral plane. Negative values result in an inverted negative image.
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